1. 13. Gold Doped Diodes14. Super Barrier Diodes15.

1.

Identify the types of diodes.Different Types of Diode1. Small Signal Diode2. Large Signal Diode3.

Zener Diode 4. Light Emitting Diode (LED) 5. Constant Current Diodes 6. Schottky Diode 7.

Shockley Diode 8. Step Recovery Diodes 9. Tunnel Diode 10. Varactor Diode 11.

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Laser Diode 12. Transient Voltage Suppression Diode 13. Gold Doped Diodes14. Super Barrier Diodes15. Peltier Diode16.

Crystal Diode17. Avalanche Diode 18. Silicon Controlled Rectifier 19. Vacuum Diodes 20. PIN Diode 21. Point Contact Devices 22.

Gunn Diode 2. Discuss, illustrate and derive the related equations of various rectifier circuits.• Half Wave RectificationSchematic:  Equations:? Output voltage:Vdc = 0.

318 Vm (Ideal)? Output voltage with drop:Vdc 0.318(Vm – VK)? PIV Rating:PIV rating ? Vm• Full- Wave Rectification (Bridge Network)Schematic: Equations:? Output voltage:Vdc = 0.636 Vm (Ideal)? Output voltage with drop:Vdc 0.

636 (Vm – VK)? PIV Rating:PIV ? Vm• Full-Wave Rectification (Center-Tapped)Schematic: Equations:? PIV:PIV ? 2Vm3. Discuss the block diagram of a power supply. You may illustrate it and the corresponding waveforms.Block Diagram of a power supply: The AC input voltage will go through the transformer which can be a step-up or step-down depending on what is needed. Then, it will pass towards the rectifier bridge that will turn the AC signal to half wave or full wave signal. After the second stage, it is considered as an unfiltered DC voltage because it still has fluctuations. Note that a DC voltage is a straight line. To remove the fluctuations, the signal will be filtered by a capacitor.

From there, the signal will have ripples which we call ripple voltage. It is not completely turned to a DC for it still have small ripples so a regulator is used to completely remove the ripple and produce a stable DC voltage.4.

State other applications of a diode. (rectifier circuit is an application of diode)1. Rectifier 2.

Diodes in Clipping Circuits 3. Diodes in Clamping Circuits 4. Diodes in Logic Gates 5. Diodes in Voltage Multiplier Circuits 6.

Diodes in Reverse Current Protection 7. Diodes in Voltage Spike Suppression 8. Diodes in Solar Panels